0210390903

Flat Flex, Ribbon Jumper Cables

Flat flex and ribbon jumper cables are essential components in machine applications such as robotic arms, automated systems and industrial control systems. This type of cable is used to communicate signals from one machine to another or from one section of a machine to another. The 0210390903 is a type of flat flex or ribbon jumper cable commonly used in industrial and machine applications.

Application Field

The 0210390903 cables are widely used in applications in the automotive manufacturing, biomedical engineering and chemical engineering industries. They are used in robotic production lines, automated packaging systems, robotic arm control systems, and factory automation systems. They are also used in medical imaging systems, x-ray machines, MRI machines and medical robotics applications. Moreover, these cables are often used in electric vehicles for communication and data transfer purposes.

Working Principle

The 0210390903 cables use insulated wires contained in a flexible flat or ribbon shaped harness. The wires are placed in groups of two or more and are crimped at both ends. The crimped segments of the wires are then inserted into a compatible connector or header. The wires are connected to each other at the crimped ends with a solder joint and at the connector ends with a header. The insulation prevents short circuits and ensures proper signal transfer.

The wires in the 0210390903 cables are usually made of copper, which is one of the most conductive metals and has a high resistance to corrosion and oxidation. The wires are also generally coated with protective layers of PVC or other materials, which provide insulation against electric currents and resist the bending, twisting and stretching of the wire due to mechanical stress.

Conclusion

The 0210390903 cables are essential components for transferring signals between different parts of a machine or from one machine to another. Their flattened design makes them ideal for use in confined spaces, and their protective insulation prevents short circuits and signal loss. Their flexible construction also allows them to be connected and disconnected quickly and easily while still providing excellent signal transfer.